Wheel scaffolding, fastener scaffolding which is cost-effective

1. Speed up the construction period

Simply take a 100m2 square meter house construction project as an example. The traditional fastener-type formwork support frame is calculated according to the working hours of 8 hours per day. It takes 1.5 days or 12 hours (8 technicians and 4 general workers are required). The new wheel buckle formwork support frame only takes 0.5 days, which is 4 hours (because the setting up of the wheel buckle formwork support system does not require the same time and effort to tighten the fasteners as the traditional fastener formwork support frame; it only needs to be installed directly, right The requirements for workers are not high, only 1 skilled worker and 8 general workers are required). Calculated based on the more popular four-family residential building with one elevator: a unit is about 320m2. The traditional first floor requires 4.8 days, the new first floor requires 3.2 days, and the first floor is 1.6 days faster. The total construction period for a 26-story residential building is accelerated by 41.6 days.

2. One-tier cost-saving

a: manual

b: material

3. Analyze from the hidden costs

Traditional scaffolding fasteners have large losses; easy to lose; large maintenance volume and high maintenance costs; new wheel buckle steel pipes have no fasteners, basically no loss, and low maintenance. According to the above analysis, the cost of the wheel buckle from the perspective of material leasing alone is higher than that of the traditional steel pipe scaffold. But from the total occupation period to analyze the cost.

4. Safe and civilized construction

Traditional steel pipe scaffolding erecting vertical rods requires manual control to achieve the standard. The wheeled steel pipe scaffolding vertical rods does not require artificial technology to control it, because the length of the horizontal rod is unified when the manufacturer designs and produces it. The finished product can reach the horizontal and vertical standard only by typesetting according to the space size. The stability of traditional steel tube scaffolding needs to be controlled by scissor bracing, while the wheel buckle steel scaffolding does not need scissor bracing because its roulette is stuck with horizontal bars in four directions. From the perspective of site civilized construction and material management, traditional fastener-type steel pipe scaffolding requires a larger space for material storage, because the steel pipe size and length specifications are large, and a large number of fasteners requires more investment in storage. Only manual construction can meet the needs of on-site civilized construction. The vertical and horizontal bar dimensions of the wheel buckle steel pipe scaffolding are designed and produced according to the size of the engineering space, and the dimensions are relatively uniform, with less manual input in storage, relatively neat storage, and less floor space.


Post time: Sep-17-2020